Are you looking for high school anatomy apps, tools, and resources that you can use with your students? If so, we have you covered. Check out our list below. Let us know if there are any that we missed. Show
3D Brain– Apps and AXS Biomedical Animation Studiodeveloped 3D Brain for the Cold Spring Harbor Laboratory DNA Learning Center. The app provides 29 interactive structures and detailed information about the anatomy and physiology of the brain. It also explains how the brain is affected by mental disorders and brain injury; each detailed structure also includes information on functions, case studies, and links to modern research. The Human Body by Tinybop – The Human Body by Tinybop allows students to explore anatomy and biology through the lens of the human body. With a fully functioning circulatory, respiratory, and digestive system, students can explore the sounds of the heart, the gurgle of the guts, and more. In all, The Human Body by Tinybop covers eight bodily systems: muscular, skeletal, nervous, digestive, circulatory, respiratory, immune, and skin. Students can study interactive organ models, feed the body, watch sound vibrations travel through the ear canal, and learn new vocabulary with in-app text labels. The app also comes with a free handbook for teachers and parents full of discussion questions and additional facts. A.D.A.M. InteractiveAnatomy– An in-depth digital database of anatomical pictures, featuring over 20,000 anatomical images in different planes of view. Structures can be searched in different languages, including English, French, German, Italian, Japanese, Spanish, and many others. Images of different body parts, organs, and systems are available in detailed, colored forms. Images also have relevant and appropriate labeling for easy identification. Bio Digital Human– Explore the human body in 3-D using the BioDigital Human platform. Choose from thousands of immersive images to build your personal library. Responsive tools, along with detailed medical explanations, provide a fresh visual perspective for understanding the human body. This platform makes the knowledge of anatomy, physiology, pathophysiology, and management of medical conditions accessible and available. InMind– InMind is a short adventurous app with arcade elements developed for Google Cardboard. This app is great for learning about anatomy as brain tissue and neurons looked so real than you can imagine. It enables players to have a lovely adventure into the human brain to look for the neurons that give rise to mental problems. It is free and can be played with any special viewer. ZygoteBody – ZygoteBody allows for the in-depth study of anatomy in a completely virtual environment. Students can add notes, dissect parts, pin, sketch, and customize scenes to study any part of the body or bodily system. ZygoteBody has advanced navigation and a 3-D library so students can locate and zoom in on any body part quickly and easily. With a premium account, dissections, notes, and pins can be saved for later reference. Bone Box – Skull Viewer– This application offers detailed 3-D anatomical models of the human skull using original CT scans. This app is the first in a series and is hosted on the iPad 2 and the new iPad. Designed by anatomists, medical illustrators, animators, and programmers. Bone Box – Hand Viewer – Features detailed illustrations of the bones of the human hand. Images are not pre-rendered; hence, you can view it from many angles and degrees of zoom for clearer images. Useful for medical and patient education. Images come with default labeled pins, and users can create custom pins. Comparison of BioRender and other popular scientific illustration software costs, pros, and cons. Every year, scientists create posters, presentations, and figures that use images to help communicate the methods and results of their research. Organizing images and
creating quality data visualizations are essential skills that are often overlooked in graduate school training. This article provides detailed information to help researchers decide which tools they want to use to
create their own impressive science drawings.  Science Illustration Tool ComparisonsThere are an increasing number of software options available for researchers to use to
create their scientific figures andgraphical abstracts. The
chart below compares the pros, cons, and costs of the most commonly used design tools. The annual costs are calculated for versions that include access to high-resolution exports of the final images and scientific designs. BioRenderAnnual Cost: $420 - 1,188 BioRender is a high quality image database and design tool that allows researchers to arrange standardized scientific images into attractive illustrations that can be used in scientific figures, graphical abstracts, posters, and presentations. It has been a fantastic tool that has expanded scientists' ability to quickly communicate their research. However, the downside to this tool is the high cost for high resolution downloads that are required for publications, the lack of customization options, and the fact that it requires you to learn how to format your designs within their own software before exporting the images. This can make it challenging to format the final scientific figures and is limiting when you want to customize the designs to highlight your specific results or methods. Learn more about the BioRender Alternatives below. Download Images and TemplatesAnnual Cost:Free - $200+ One cost-effective way to create your own designs is to download high-resolution vector images that you can use to customize your scientific graphics. This requires that you search image databases to find designs that are relevant for scientific use and do not have copyright/licensing restrictions that require attribution or limit customization. Below is a list of image databases that I recommend using for scientific purposes and you can also read this guide on how to find the right kind of science images in Google search. Freepik
Simplified Science
Mind the Graph
SciDraw
Science Drawing SoftwareIn order to edit downloaded images or if you want to create
your own custom designs, the next step you need to take is to learn to use digital drawing software. If you are a researcher who wants to improve your science communication skills, I strongly recommend learning how to incorporate the images into your own custom designs using one of the software programs listed below. Adobe IllustratorAnnual Cost:$240 - 252 Adobe Illustrator is considered the gold standard design software for scientists and graphic designers. This extensive design tool allows you to create impressive digital illustrations, figures, and posters. The downside to Adobe Illustrator is high cost and the fact that it takes time and practice to use the software efficiently. However, many scientists choose to invest in this software because it is considered the best professional tool for research-related designs. Learn more about how to get Adobe Illustrator. Affinity DesignerCost:$54.99 (One-Time Purchase) Affinity Designer is an affordable option that has comparable tools and functions to Adobe Illustrator, but for one low price. You can open and edit Adobe Illustrator files within Affinity Designer and it is becoming an increasingly popular option for scientists who do not want to pay for the recurring annual costs of other tools. It still requires time to learn how to use it, but the software is intuitive if you already know how to use Adobe Illustrator. Visithttps://affinity.serif.com/en-us/designer/ to learn more. PowerPointCost: Free, $70 for single software, or $149 for Entire Microsoft Office Suite (One-Time Purchase) PowerPoint is another affordable tool that is already widely used by the scientific community. The design features are limited compared to Adobe Illustrator and Affinity Designer, but it still has great options for customizing downloaded images, arranging scientific figures, and creating basic graphic designs for graphical abstracts and posters. I recommend buying the latest one-time Microsoft Office suite (~$149 USD for the 2021 option) and I do not recommend wasting your money on the 365 subscription.Learn more about how to get PowerPoint on your computer here. InkscapeCost: Free Inkscape is a free design program that allows you to arrange images and create custom designs. Although this software allows you to save on costs, it still requires time to learn how to use the platform effectively and has fewer design options that other tools. Because of the training time required, I recommend that you spend time increasing your skills with other design tools that are more commonly used in the research industry such as Adobe Illustrator, Affinity Designer, or PowerPoint. Visit https://inkscape.org/ to learn more. Google Slides and Google DrawingCost: Free with Google Account Google Slides and Google Drawing are free programs available if you sign up for a Google account. The Google Slide design options are similar to those of Microsoft PowerPoint and Google Drawing is a new software that allows you to create simple custom designs. These are good free alternatives to the Microsoft Office Suite. Learn how to create a Google Account here: https://support.google.com/accounts/answer/27441?hl=en. Regardless of which design tools you choose, I hope you learned more about the illustration software available to help you create engaging graphic designs for scientific and public audiences. Below is a summary of the cost and customization options for the science drawing tools reviewed in this article. Explore Scientific Images and TemplatesDownload hundreds of science images and templates for PowerPoint, Adobe illustrator, and other vector editing software. This is a specialized scientific image database that is designed for use in graphical abstracts, grants, figures, illustrations, and posters. View All Templates and Designs Interested in reading more articles on scientific design? Learn more below:Simplified Science Resources
Guide to Using Science Images for Research PapersBy Karen Thiebes • 07 Sep, 2022 Everything you need to know about using science images in your research papers, including matching the copyright, resolution, and sizing rules that allow them to be used in figures and presentations.
Scientific Drawings of Animals and Research IllustrationsBy Karen Thiebes • 17 Aug, 2022 Creating research and animal illustrations has become an increasingly essential skill for scientists. Learn more about customizable images for methods sections and biological diagrams that you can use to create your own scientific designs for graphical abstracts, papers, and presentations. Show More Simplified Science Publishing offers graphic design services and data visualization classes. Click on the links below to learn more andcontact if you want more information. Karen Thiebes Jul 13, 2022 Content is protected by Creative Commons Copyright license. Website visitors are welcome to share images and articles but must include the Simplified Science Publishing URL source link when shared. Thank you! What are examples of wearable medical devices select all that apply?Examples of Wearable Devices in Healthcare. Wearable Fitness Trackers. ... . Smart Health Watches. ... . Wearable ECG Monitors. ... . Wearable Blood Pressure Monitors. ... . Biosensors.. Which of the following is not considered protected health information PHI?Examples of health data that is not considered PHI: Number of steps in a pedometer. Number of calories burned. Blood sugar readings w/out personally identifiable user information (PII) (such as an account or user name)
Which actions can HCPs implement to help offset the increased safety risks posed by unscheduled downtime of IT systems?What actions can healthcare providers implement to help offset the increased safety risks posed by unscheduled downtime of IT systems? EHR systems can rapidly facilitate the translation of research into practice and influence decisions that nurses and other HCPs make at the actual point of care.
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Which application provides detailed information and graphical illustrations of the human anatomy?
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